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Translational Equilibrium Revisited

The body unde...

Question

The body under zero net force can be considered in translation equilibrium.

A

False

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True

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Q. A body is in translational equilibrium under the action of coplanar forces. If the torque of these forces is zero about a point, is it necessary that it will also be zero about any other point?

Q. A body is said to be in translational equilibrium if net force is:

In which of the cases, the ball supposed to be in Equilibrium, if net force on ball in each case is zero. (Here we are only talking about translation equilibrium, not rotational)

Q. The net force of the body is zero that means the force are not being applied to the body at all.

Hence the body is in equilibrium.

Q. Which of the following conditions are necessary for a rigid body to be in mechanical equilibrium?
Condition 1: Net external force acting on body is zero.
Condition 2: Net external torque acting on body is zero.
Condition 3: Internal forces and torque due to internal forces must be absent.

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